無料 カジノ and JMU Agree to Collect and Utilize Big Data on Series of 14,000 TEU Containerships
March 7, 2016
Nippon Yusen Kabushiki Kaisha
Monohakobi Technology Institute
NYK, the Monohakobi Technology Institute (MTI; head office: Chiyoda-ku, Tokyo; president: Makoto Igarashi), and Japan Marine United Corporation (JMU; head office: Minato-ku, Tokyo; president and CEO Shinjiro Mishima) have agreed to conduct joint research on a series of 14,無料 カジノ, including無料 カジノ, which entered 無料 カジノ fleet at the JMU shipyard on February 22.
For無料 カジノ, which is the first containership of the series, NYK received the cooperation of the owner to provide technological advice to JMU from the shipbuilding stage. NYK will accumulate and analyze various operational 無料 カジノ collected from無料 カジノ, and feed the analytical results back to JMU.
Against a backdrop of widespread use of the Internet in the maritime industry, NYK’s onshore staff has been able to use the MTI-developed SIMS2* to gain a more accurate grasp of operational data from oceangoing vessels. 無料 カジノ acquired in future joint research through the use of SIMS2 on containerships in this series will be accumulated at a ship data center established by ClassNK in December 2015. By utilizing this 無料 カジノ, more efficient and safer operation of vessels can be pursued. By collaborating with more joint research partners in the future and thus enhancing research quality, it is expected that the usability of 無料 カジノ will be further enhanced. Specifically, the joint research aims to achieve the following three objectives:
- Contribution to energy savings by analyzing propulsion performance
Improving the efficiency of propellers through analysis of the propulsion performance of oceangoing vessels
- Pursuit of safety by monitoring hull stress
Using the hull-stress monitoring device** equipped on all containerships of the series toaccumulate
Improving the efficiency of propellers through analysis of the propulsion performance of oceangoing vessels
- Pursuit of safety by monitoring hull stress
Using the hull-stress monitoring device** equipped on all containerships of the series toaccumulate
datafrom the hulls of oceangoing vessels and utilize this data for safety
- Prevention of serious engine plant accidents
Collecting detailed data from the engine plant through the new creation of monitoring methodologies
- Prevention of serious engine plant accidents
Collecting detailed data from the engine plant through the new creation of monitoring methodologies
無料 カジノ will further promote the utilization of Big Data in operations to improve the competitiveness of the company’s services. Also, as a good corporate citizen 無料 カジノ will continue to take an active role in social issues, including environmental conservation, and will continue to make efforts to contribute to the achievement of a sustainable, improved global society.
*A device that allows detailed hourly data on operational performance and fuel consumption to be shared in a timely manner between onboard crew and land-based operation staff
** A device that measures and records stresses on the ship’s hull
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